Arrow Downward Arrow Downward Close Close Done Done
iGENEA
Personal guidance

Phone:0041 43 817 13 91

info@igenea.com WhatsApp

Haplogroups

Haplogroups can be compared with huge branches of the human family tree. A haplogroup unites people with a similar genetic profile who share a common ancestor.

A Y-chromosome haplogroup contains men who share a common ancestor in their pure paternal ancestral lineage. The Y-chromosome is passed on from father to son.

A mtDNA haplogroup contains men and women who share a common ancestor in their pure maternal ancestral lineage. The mtDNA is passed on from a mother to her children.

These haplogroup branches show just how population groups have migrated on Earth. Haplogroups thus also define a geographic region. Older haplogroups are larger and wide spread, they split up into nummerous subgroups.

To identify a haplogroup, SNPs are analysed. SNPs (single nucleotide polymorphism) are variations of individual base pairs in a DNA strand. Almost 90% of all genetic variations are based on SNPs. Their scientific importance lies in their frequent occurrence and high variability. Furthermore, they can be identified quickly and easily. There are SNP tests for mtDNA and Y-chromosomes. On the basis of these tests, one can confirm whether a person belongs to a haplogroup. Haplogroups, to be sure, do not necessarily play an important role from a genealogical point of view (closer degrees of kinship in the recent past up to 1.000 years), but from an anthropological and historical perspective (classical antiquity and more distant past), they are interesting. In this type of analysis, we can trace back the branching-off of haplogroups and sub-groups since our African origins and discover some very interesting facts about the migration patterns of our ancient ancestors. SNPs of the Y-chromosome are always labelled with a letter and a number for identification. The letters identify the laboratory which discovered this SNP, the numbers the sequence.

There is another method of identifyie ones y-chromsomal haplogroup: thanks to the studies and the algorithms of With Athey, the main haplogroup can also be investigated by means of the DYS-marker, which compares the alleles. This method is correct in 99% of cases, but for a 100% certain identification, SNP-analysis is still required iGENEA guarantees correct identification of your main haplogroup. In uncertain cases, an SNP-analysis will be performed free of charge, in order to be able to identify the haplogroup with absolute certainty.

Primordial Father/ Y-chromosome Adam

While this man is not the first male ancestor of all humanity, he is historically the last man, who is related to all men living at a certain point in time through an uninterrupted line of male descendants. According to actual estimations he lived about 60.000 to 90.000 years ago in Africa. This man passed on his Y-chromosome, but over the course of generations, more and more mutations were added, so that the profile changed more and more. This is how haplogroups arose; nevertheless, one primordial male ancestor, the first man who carried this particular mutation is still their starting point. In the course of time, the genetic family becomes ever larger and more complex. New SNPs are added, which characterise new sub-groups.

Primordial Mother / Mitochondrial Eve

The mitochondrial Eva is the woman from whose mitochondrial DNA (mtDNA) the mitochondrial DNA of all people living today is derived. Like the Y-chromosome Adam, she is, so to speak, the primordial mother of all humanity in pure maternal lineage. She lived about 175.000 years ago also in Africa. From this mitochondrial Eve, numerous “primordial mothers” descend, who were the originators of a haplogroup representing the first woman, who carried and passed on a single particular mutation.

Order my origin
analysis from EUR 169

Press reports about the origins analysis of iGENEA

By Ancient tribes, we refer to peoples from ancient times who are defined not only by their own language, culture and history, but also by their own DNA profile. An origins analysis by iGENEA determines your Ancient tribe by means of your haplogroup and genetic profile. The result refers roughly to the period between 900 BC and 900 AD.

Jews Vikings Celts Germanic Tribes Basques show all ancient tribes

This is how the DNA origin analysis works

A Mucus Sample suffices to get a sample of your DNA. Taking the sample is simple and painless and can be done at home. Send the samples with the envelop included in the sampling kit.

Order test kit:

by telephone, e-mail or on the website

Get test kit:

delivery takes a few days

Take samples:

at home, simple and painless

Send in samples:

with the enclosed envelope

Result:

written and online after approx. 6 - 8 weeks

Lars Mc Murray, Germany

"iGENEA gives you the opportunity to be a distant part of the history you otherwise only read about in books."

more about this story

Ralf Moritz, Genealogist from Lower Saxony, Germany

"My ancestral line of the Morrison Clan can be traced back to the Viking era."

more about this story

Order an iGENEA Origins Analysis

Order my origin
analysis from EUR 169